CAJ | 학술논문

基于广义五阶Henon映射以及五阶细胞神经网络系统所产生的超混沌现象，设计了图像加密方案。首先利用五阶Henon映射产生超混沌序列X，将其作为细胞神经网络系统的初始条件，再产生另一超混沌序列Y，随机序列Y和原始图像经过变换生成密文图像。在此基础上进行了模拟仿真实验，并对图像密文熵、相关性和直方图以及密钥空间和敏感性等统计特性进行分析，结果表明：该算法图像加密抗攻击性强，安全性好，适于在网络中传播。
기우엄의오계Henon영사이급오계세포신경망락계통소산생적초혼돈현상，설계료도상가밀방안。수선이용오계Henon영사산생초혼돈서렬X，장기작위세포신경망락계통적초시조건，재산생령일초혼돈서렬Y，수궤서렬Y화원시도상경과변환생성밀문도상。재차기출상진행료모의방진실험，병대도상밀문적、상관성화직방도이급밀약공간화민감성등통계특성진행분석，결과표명：해산법도상가밀항공격성강，안전성호，괄우재망락중전파。
Image encryption scheme was designed based on the hyper chaos of generalized five order Henon map -ping and five order Cellular Neural Network system .Firstly, the chaotic sequence X , which was regarded as the initial conditions of Cellular Neural Network system , was generated by the five order generalized Henon mapping .Then anoth-er chaotic sequence Y was produced by CNN system .Then, the cipher image was generated by the transformation of random sequence Y and the original image .Finally, the simulation experiments and results showed that the algorithm of image encryption had strong attack resistance , good safety , and was suitable to spread in the network through analyzing the statistical characteristics of timage information entropy , correlation and histogram as well as the key space and the sensitivity.